FOR IMMEDIATE RELEASE
August 6, 2025

AQUIS Launches Continuous Coil Optimization & Monitoring Service as it Celebrates 20 Years of Innovation

Orlando, FL — AQUIS, the industry leader in air handling unit (AHU) Refurbishment and Optimization, proudly announces the launch of its latest service offering: Continuous Coil Optimization & Monitoring (CCOM).

CCOM combines AQUIS Coil and Tube Restoration with SmartCoil®, an AI-driven coil monitoring solution to ensure that HVAC coils are operating at peak efficiency. By monitoring coil fouling levels, SmartCoil sends a condition-based response directly to the customer and AQUIS, scheduling Coil and Tube Restoration precisely when required. This new service represents a significant advancement in HVAC system efficiency and reliability, delivering real-time insights and proactive coil performance management to facility teams nationwide.

As AQUIS marks its 20th anniversary in 2025, the company continues its legacy of innovation by expanding its suite of high-performance solutions to ensure continuous commissioning for process critical and revenue-dependent systems, including hospital operating rooms and ICUs, production processes, and laboratories. With the introduction of CCOM, facilities can now benefit from ongoing monitoring of coil conditions to predict fouling, enhance reliability, and reduce energy consumption.

“Twenty years ago, AQUIS set out to extend the life and efficiency of AHUs with innovative refurbishment technologies,” said Mike Bodón, President and CEO of AQUIS. “Today, we’re continuing that mission with Continuous Coil Optimization & Monitoring—giving our customers a smarter, data-driven way to maximize system performance and provide quantifiable cost savings over time.”

CCOM is ideal for facilities maintenance and engineering teams, energy managers, and ESCO’s operating in healthcare, higher education, industrial and manufacturing facilities, data centers, government, and commercial real estate who demand a reliability-centered solution to maximize performance and efficiency.